Max Robotics — Global Service Robot Directory + US Certification

About

Siming Deng is pioneering the frontier of soft robotics and intelligent materials, merging principles of polymer chemistry, DNA nanotechnology, and geometric mechanics. Their research centers on creating untethered, autonomous systems that can crawl, shape-shift, and adapt without external wires or power sources. Deng’s most influential work, “Untethered unidirectionally crawling gels driven by asymmetry in contact forces” (69 citations), introduced reversible thermoresponsive hydrogels that crawl by exploiting contact force asymmetry in physiological temperature ranges—a breakthrough for soft robots operating in human-ambient conditions. In “Programming gel automata shapes using DNA instructions” (8 citations), Deng demonstrated how DNA sequences can serve as molecular programs to direct multi-step shape transformations in microgel automata, enabling reconfigurable matter without external devices. Further contributions include gait design for enhanced maneuverability in drag-dominated systems and adaptive gait optimization for micro- and nano-scale robots. By showing that information-bearing molecules can control material behavior, Deng’s work bridges the gap between biology and robotics, offering a powerful framework for autonomous, shape-shifting devices. Their achievements position them as a leading voice in the next generation of intelligent, bio-inspired soft machines.